How are alleles passed for guinea pig fur color and length? One allele for fur color and one allele for fur length is passed to the offspring from each parent. One allele for fur color is passed together with an allele for fur length from parents to offspring. The offspring receive the alleles for fur color and length from one parent. DONE

In guinea pigs, **fur color** and **fur length** are typically inherited as separate, independent traits. This means that each trait is controlled by different genes located on different chromosomes, allowing them to assort independently during reproduction. **Here's how the alleles are passed to the offspring:** 1. **From Each Parent:** - **Fur Color:** Each parent has two alleles for fur color (one from each of their own parents). They pass **one** of these alleles to their offspring. - **Fur Length:** Similarly, each parent has two alleles for fur length and passes **one** of these alleles to their offspring. 2. **Combination in Offspring:** - The offspring receives **one allele for fur color** from the mother and **one allele for fur color** from the father. - Likewise, the offspring receives **one allele for fur length** from the mother and **one allele for fur length** from the father. **Key Points:** - **Independent Assortment:** Since fur color and length are controlled by different genes, the inheritance of one trait does not affect the inheritance of the other. This follows Mendel's principle of independent assortment. - **Genotypic Variation:** This method of inheritance increases genetic diversity, as various combinations of alleles can result in different fur colors and lengths in the offspring. **Correct Interpretation from Your Statements:** - The most accurate statement based on genetic principles is: **"One allele for fur color and one allele for fur length is passed to the offspring from each parent."** This means each parent contributes one allele for each trait (fur color and fur length) independently, allowing the offspring to inherit a combination of these alleles.